Shoes having impact absorption part

Abstract

The present invention relates to a shoe, and more particularly to a shoe including a mid-sole groove formed at a mid-sole, a texon hole formed at a texon, and an impact absorption member inserted between the mid-sole and the texon hole so that the shoe can absorb impact exerted on user's knees and ankles while the user walks or exercises, thereby protecting them.

Description

TECHNICAL FIELD[0001]The present invention relates to a shoe, and more particularly to a shoe including a mid-sole groove formed at a mid-sole, a texon hole formed at a texon, and an impact absorption member inserted between the mid-sole and the texon hole so that the shoe can absorb impact exerted on user's knees and ankles while the user walks or exercises, thereby protecting them.BACKGROUND ART[0002]A method for minimizing impact exerted on user's knees and ankles while the user walks and exercises has been continuously developed. A common point of conventional shoes for absorbing impact is the fact that the shoes include a cushion device which is positioned at a same level as the texon and is built-in at a lower part of a texon or so as to absorb impact.[0003]However, in such conventional shoes for absorbing impact, the cushion device cannot be replaced since it is built-in at the lower part of the texon. Therefore, there is a disadvantage in that the cushion can not be replaced...

AI Technical Summary

Benefits of technology

"The present invention provides a shoe with an impact absorbing member that can be replaced, based on the user's weight or level of exercise, to protect the user's knees and ankles from impact while walking or exercising. The impact absorbing member is positioned between the mid-sole and the texon hole of the shoe and includes a lower sheet, an upper sheet, an elastic spring, and a female and male guider. The shoe also includes a foot-bed with a ventilating hole and a cushion device that can absorb impact. The technical effects of the invention include reducing impact on the user's knees and ankles, providing a shoe that can cope with various impact levels, and minimizing athlete's foot or foot odor."

Problems solved by technology

However, in such conventional shoes for absorbing impact, the cushion device cannot be replaced since it is built-in at the lower part of the texon.

Therefore, there is a disadvantage in that the cushion can not be replaced even if the performance of the cushion device deteriorates.

Also, since the cushion device can not be replaced, it is impossible to cope with various impact varied according to the user's weight or level of exercise.

Furthermore, performance of the cushioning is insufficient so that impact is still exerted on the user's knees or ankles.

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